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The advantage is that if there is a change in the environment - climate change, new pathogen, etc. - more diversity makes it much more likely that some members of the species survive.
Having a diversity of species and having resistance towards change
due to extensive research, i have come to the conclusion that i do not know
Chemical evolution: the evolution of the elements (building blocks of matter) biological evolution: the small scale change in a population that can be passed from generation to generation Both of these are changes that occur to gradually create a new species or substance
>The structural and well-organised gradual process of change means 'biological evolution'. >Variation and heridity are two basic factors of evolution. >In long term.evolution leads to existence of new species which have different characteristics than their ancestors.
The advantage is that if there is a change in the environment - climate change, new pathogen, etc. - more diversity makes it much more likely that some members of the species survive.
Having a diversity of species and having resistance towards change
A change in temperature brings a new species to an ecosystem.
Evolution
In biological terms it is the change in certain characteristics of populations of organisms of the same species
There is maximum diversity at equator and minimum at poles , areas also change with change of latitudes .
Biological evolution is the change of animal and plant life over time. Biological evolution is used to explain changes in finch beaks for example.
Non-random mating means that individuals of many species have a choice about which partners to mate with. In population genetics, allele frequencies are used to depict the amount of genetic diversity in a species. There is no current research to show nonrandom mating impacts a species genetic diversity.
The more genetically diverse a species is, the higher the survival rate of that species in the presence of some kind of catastrophe or sudden change.
due to extensive research, i have come to the conclusion that i do not know
The diversity of sexually reproducing species is a result of the fact that a) gene pools change over time (by selection and genetic drift) and that b) reproductive isolation occurs, leading to the inability of the descendants of formerly interbreeding subpopulations to interbreed (speciation).
The smaller the island the fewer species that can live there. The smaller their populations can be the more vulnerable they are to further disturbance or climate change.